Hollow Other Fype 1 is a very bold, narrow, high contrast, upright, normal x-height font.
Keywords: posters, packaging, headlines, kids, stickers, playful, quirky, cartoon, friendly, handmade, attention, whimsy, novelty, personality, impact, rounded, bubbly, soft, chunky, inked.
A chunky, rounded display face built from thick strokes with softened corners and a slightly irregular, hand-drawn rhythm. Each glyph is filled but features interior knockouts and cut-in highlights that read like carved or scooped-out channels, creating a lively hollowed texture without reducing the overall dark color. Counters are generally small and organic, terminals are blunted, and curves dominate over straight geometry, giving letters a bouncy, elastic silhouette. Spacing appears moderately tight and the forms remain mostly upright, with subtle variations from glyph to glyph that enhance the informal character.
Best suited to short, attention-grabbing text such as posters, playful branding, packaging, stickers, and social graphics. It works well for children’s materials, casual event promos, and any headline setting where a bold, bubbly voice and decorative interior detailing are desirable.
The tone is playful and mischievous, with a cartoon-marker feel that suggests fun, kid-friendly energy and a casual, craft-driven personality. The interior cutouts add a sense of motion and shine, lending the letters a toy-like, bubbly presence rather than a formal typographic voice.
The design appears intended as a characterful display font that maximizes impact through heavy, rounded forms while adding personality via irregular hollowed highlights. Its construction prioritizes charm and immediacy over neutrality, aiming to create a fun, animated reading experience in larger sizes.
The distinctive internal cutouts act like built-in highlights and can visually thicken the texture in longer lines, so the face reads best when given breathing room. In dense settings, the small counters and decorative interior shapes may merge visually, especially at smaller sizes or on low-resolution outputs.